def testSequentialCalls(self):
log = []
EventLoop.call(log.append, 1)
EventLoop.call(log.append, 2)
EventLoop.call(log.append, 3)
EventLoop.call(log.append, 4)
class IdleTimer(trellis.Component):
trellis.attrs(
idle_timeout=20,
busy=False,
)
idle_for = trellis.maintain(
lambda self: self.idle_for.begins_with(not self.busy),
initially=NOT_YET)
@trellis.maintain # XXX should be perform
def alarm(self):
if self.idle_for[self.idle_timeout] and EventLoop.running:
log.append(5)
EventLoop.stop()
it = IdleTimer()
EventLoop.run()
self.assertEqual(log, [1, 2, 3, 4, 5])
def testSequentialCalls(self):
log = []
EventLoop.call(log.append, 1)
EventLoop.call(log.append, 2)
EventLoop.call(log.append, 3)
EventLoop.call(log.append, 4)
class IdleTimer(trellis.Component):
trellis.attrs(
idle_timeout = 20,
busy = False,
)
idle_for = trellis.maintain(
lambda self: self.idle_for.begins_with(not self.busy),
initially=NOT_YET
)
trellis.maintain() # XXX should be perform
def alarm(self):
if self.idle_for[self.idle_timeout] and EventLoop.running:
log.append(5)
EventLoop.stop()
it = IdleTimer()
EventLoop.run()
self.assertEqual(log, [1,2,3,4,5])
def testSequentialCalls(self):
log = []
EventLoop.call(log.append, 1)
EventLoop.call(log.append, 2)
EventLoop.call(log.append, 3)
EventLoop.call(log.append, 4)
EventLoop.call(EventLoop.stop)
EventLoop.run()
self.assertEqual(log, [1,2,3,4])
def testSequentialCalls(self):
log = []
EventLoop.call(log.append, 1)
EventLoop.call(log.append, 2)
EventLoop.call(log.append, 3)
EventLoop.call(log.append, 4)
event = Time[0.00001]
def c():
if event:
# events aren't
EventLoop.call(EventLoop.stop)
c = trellis.Cell(c)
c.value
# This will loop indefinitely, if sub-millisecond events aren't
# rounded up to the next millisecond.
EventLoop.run()
self.frame.Destroy()
self.assertEqual(log, [1, 2, 3, 4])
def testSequentialCalls(self):
log = []
EventLoop.call(log.append, 1)
EventLoop.call(log.append, 2)
EventLoop.call(log.append, 3)
EventLoop.call(log.append, 4)
event = Time[0.00001]
def c():
if event:
# events aren't
EventLoop.call(EventLoop.stop)
c = trellis.Cell(c)
c.value
# This will loop indefinitely, if sub-millisecond events aren't
# rounded up to the next millisecond.
EventLoop.run()
self.frame.Destroy()
self.assertEqual(log, [1, 2, 3, 4])
def testNoTodoRollbackIntoTask(self):
class CV(trellis.Component):
v = trellis.attr(False)
s = trellis.make(trellis.Set, name="s")
@trellis.maintain
def maintain(self):
if self.v:
self.s.add(1)
else:
self.s.discard(1)
@trellis.perform
def perform(s):
self.assertEqual(s.v, True)
@activity.TaskCell
def task():
cv = CV()
cv.v = True
yield activity.Pause
EventLoop.run()
def testNoTodoRollbackIntoTask(self):
class CV(trellis.Component):
v = trellis.attr(False)
s = trellis.make(trellis.Set, name='s')
@trellis.maintain
def maintain(self):
if self.v:
self.s.add(1)
else:
self.s.discard(1)
@trellis.perform
def perform(s):
self.assertEqual(s.v, True)
@activity.TaskCell
def task():
cv = CV()
cv.v = True
yield activity.Pause
EventLoop.run()
